VectorStarâ„¢ MS4640A Series Microwave Vector Network Analyzers : Calibration Overview
 
Calibration Overview
 
Manual Scope
Chapter Summary
Related Documentation
VectorStar MS4640A Series Vector Network Analyzers
VectorStar ME7838 Series 2-Port BB/mmW VNA Measurement System
VectorStar ME7828A Standard BB/mm Wave VNA Measurement System
VectorStar MN4690B Series Multiport VNA Measurement System
Calibration, Verification, and System Performance Verification
Updates to Manuals
Contacting Anritsu
VectorStar MS4640A Series VNA Models
Calibration Kits, Verification Kits, and Components
Calibration/Verification Equipment Part Numbers and General Specifications
AutoCal® Automatic Calibration Modules
Calibrations Available
SOLT Kits (3650x and 3654x)
LRL Kits (3657/3657-1)
Offset Short Waveguide Kits (3655X)
Microstrip/Coplanar Waveguide Kits for the UTF (36804-XXX)
On-Wafer Calibration Kits
Calibration Algorithms
About Calibration
Match
Directivity
Frequency Response
Calibration Types
Calibration Algorithms
Calibration Setup
Frequency Start, Stop, and Number of Points
IF Bandwidth, Averaging and Power
Types of Calibrations
Full 2 Port
Full 1 Port
1 Path 2 Port (Forward or Reverse)
Frequency Response (Reflection Response and Transmission Frequency Response)
Line Types (Transmission Media)
Preparing a Sliding Load (Termination) Calibration Kit
Procedure
Connector Precautions
Pin Depth
Pin Depth Tolerance
Over-Torquing Connectors
Teflon Tuning Washers
Mechanical Shock
Connector Cleaning Instructions
Manual Scope
The purpose of this Measurement Guide is to introduce the basic calibration and operation of the VectorStar MS4640A Vector Network Analyzer (VNA) System and reduce the time required to become proficient at performing basic measurements. The procedures in this manual assume a working knowledge of, and a familiarity with, vector network analyzers.
Chapter Summary
This chapter discusses general calibration requirements and the benefits of different calibration types, algorithms, and routines. General calibration setup and measurement procedures are described. Technical references to Anritsu and other calibration-related articles are also presented where appropriate. Some sections provide cross-references to more detailed explanations and procedures in subsequent chapters.